Rockwell Automation 57C329 Remote I/O Communications, AutoMax - Manual (Page 72)

4Ć10
4.7.1.1 Configuration Task Example
The following is an example of a configuration task for the master
Remote rack in figure 4.3. Note that a configuration task is required
only if you are using AutoMax Version 2.1 or earlier. If you are using
AutoMax Version 3.0 or later, you use the AutoMax Programming
Executive Software to assign symbolic names to the same physical
I/O points.
1000 !
1100 ! remote I/O network protection
1200 !
1300 IODEF RIO_D02@[SLOT=8,REGISTER=4,BIT=2]
1400 IODEF RIO_D04@[SLOT=8,REGISTER=4,BIT=4]
1500 !
1600 ! remote digital I/O
1700 !
1800 RIODEF START@[MASTER_SLOT=8,DROP=2,SLOT=11,REGISTER=0, &
BIT=5]
1900 RIODEF ON@[MASTER_SLOT=8,DROP=4,SLOT=3,REGISTER=0,BIT=2]
2000 RIODEF RUN@[MASTER_SLOT=8,DROP=4,SLOT=1,REGISTER=0 BIT=1]
2010 ! For an M/N 57C328 Remote I/O Head, the statement would be:
RIODEF RUN@[MASTER_SLOT=8,DROP=4,SLOT=1,REGISTER=4,BIT=1)
2100 RIODEF START_ON@[MASTER_SLOT=8,DROP=4,SLOT=1,REGISTER=1, &
BIT=1]
2110 ! For an M/N 57C328 Remote I/O Head, the statement would be:
RIODEF START_ON@[MASTER_SLOT=8,DROP=4,SLOT=1,REGISTER=5,BIT=1
2200 !
2300 ! remote analog I/O
2400 !
2500 RIODEF SPD_REF%[MASTER_SLOT=8,DROP=04,SLOT=0,REGISTER=0] 2600
RIODEF SPD_IND%[MASTER_SLOT=8,DROP=02,SLOT=0,REGISTER=3] 2700
MEMDEF RIONET_OK@
4.7.1.2 Ladder Logic Task Example
The following is an example of a Ladder Logic task for the Remote
I/O network in figure 4.3. This task verifies that both slave drops are
onĆline before application tasks use the speed reference value.
RIO_
D02
RIO_
D04
RIONET_
OK
1050
START ON
1060
RUN
RIONET_
OK RUN
START
START_
ON
1070
RIONET_OK should be included in the READY sequence. Note that
the trailing at" symbol (@) is not used for Boolean variables in
ladder logic tasks.